CN2151995Y

CN2151995Y - Piece dyeing machine main body

Info

Publication number: CN2151995Y
Application number: CN 93225099
Authority: CN
Inventors: 陈明治
Original assignee: Individual
Current assignee: Individual
Priority date: 1993-01-20
Filing date: 1993-01-20
Publication date: 1994-01-05
Anticipated expiration: 2003-01-20

Abstract

The utility model relates to a cloth dyeing machine main body, wherein, nozzles and flow path pipelines of which are improved. A nozzle sleeve is arranged on the position at a cloth entering opening of the cloth dyeing machine main body, the middle is provided with a large rectangular overflow nozzle which can be adjusted, both sides are respectively provided with a small rectangular overflow nozzle which can be adjusted, and the adjustment work can be carried out outside a main machine shell. One big and two small cloth guiding pipe flow path pipelines corresponding to the rectangular pipelines of the nozzles and are arranged below the nozzle flow path pipeline. A plurality of spray washing pipes with multiple directions are arranged between the inner wall of the main machine shell and the outer surface of each flow path pipeline. Under the optimum flow quantity and pressure, the utility model can cause the cloth with different thickness, width and fiber properties to be dyed in a circulating mode, and can completely clean residual dyeing liquor inside and outside a circulating slot flow path.

Description

Piece dyeing machine main body

The utility model relates to a kind of piece dyeing machine, particularly a kind of nozzle and the improved piece dyeing machine host of stream pipeline body.

Piece dyeing machine of the prior art, the structure of nozzle stream pipeline in its main body and cloth guide tube stream pipeline, all be to continue to use traditional form or only simple and easy slightly change, thereby can't provide optimal circulation stream pipeline at the difference of cloth thickness, width difference and cloth covering weave, to reach best level dyeing purpose.

As Taiwan patent announcement number No. 144441 (application case number No. 79207522) disclosed a kind of " the nozzle improved device of piece dyeing machine ", it mainly is that nozzle is divided into base and nozzle cage two parts, and its base is fixed in head inwall appropriate location; And its nozzle cage is removably mounted in the base, but described nozzle cage single rectangular nozzle cage, or two side by side synthetic nozzle cages of circular Jetspray nozzle, wherein two round Jetspray nozzles become splayed to the both sides sequential fuel injection with the 3-5 degree.Above-mentioned two groups of nozzle cages can be changed mutually, but must shut down, dismantle and just can change, so waste time and energy.In addition, though two round nozzles are with the 3-5 degree separately, but still shared single circulation line, unavoidable two cloth have the situation of tangling, tiing a knot to produce in a small space pipeline.Also have, use round nozzle easily to cause the spiral vortex type current, thereby make the cloth rotation and be entangled with in heapsly, forcing dyeing to be interrupted.

Taiwan patent announcement number No. 092176 (application case number No. 76202962) a kind of " improved device of cloth dyeing machine stream pipeline " announced and for example, it sets firmly two jet nozzle and a flood nozzle in the dye cycle groove of dyeing machine, thereby can be selected for use according to the material tissue of cloth.Be the stream pipeline of dyeing machine with a rectangular tube again, and be welded in the inner and upper of dye cycle groove with a horseshoe clamp plate.Wherein, before being set, the situation that two circular jet nozzle easily produce the spiral vortex type current addresses; And the rectangular tube that welds a horseshoe clamp plate is still a single stream pipeline, so if still can make cloth tangle knotting when walking two cloth simultaneously.In addition, its structure was fixing already can't adjust the water inlet gap, thereby also can't adjust current and pressure.Like this, organized laxer when dying cloth or become mildewed, during cotton wool fabric, then can injure cloth tissue, and fluffing, a mao phenomenon are arranged because of water flows through by force.

Taiwan patent announcement number No. 166275 (application case number No. 80204352) a kind of " the new type nozzle structure of dyeing machine " announced for another example, its nozzle cage or parallel two rectangular nozzles or parallel two round nozzles arranged side by side arranged side by side.The adjusting lever that can adjust its spacing is arranged in the middle of the top and bottom of described nozzle cage, thereby adjust the gap of water inlet, with control discharge and expulsion pressure.In addition, the nozzle cage bottom center is provided with a location draw-in groove, but the upper limb of setting-in circulation line demarcation strip so that circulation line is separated into two pipelines, prevents that two cloth tangle.Can see but take a broad view of its design,, must earlier nozzle cage be disassembled and can adjust during practical operation, therefore necessary shutdown operation, thereby the idle cost of causing though its nozzle cage can be adjusted spacing to adjust the gap of water inlet.Secondly, its round nozzle nested structure can produce aforesaid spiral vortex type current, thereby cloth knotting even dyeing are interrupted.Once more, though its stream pipeline uses partition plate structure to tangle to avoid cloth, this fixedly segregation form is only suitable walks two thin, narrow cloth simultaneously, if reluctantly in order to walk thick, wide cloth, then easily cause the cloth folding line, or injure the cloth covering weave.

Also have, dyeing machine washing pipe of the prior art all directly is fixedly arranged on circulating slot stream inboard, can only clean cycle groove inside when therefore using, and can not be stained with sticking dye liquor in the clean cycle groove outside, thus have a strong impact on the Color of cloth.

The purpose of this utility model provides a kind of nozzle and the improved piece dyeing machine host of stream pipeline body; it just can adjust the size in water inlet gap under the situation that needn't shut down and dismantle; thereby control discharge and hydraulic pressure, reaching even dyeing, smooth and easy, effect such as easy and simple to handle.And it also can take into account thickness, the different cloth smooth and easy walking in the stream pipeline of width, guarantee cloth organize complete, prevent that the cloth cover material is impaired.In addition, it can also clean and be stained with the residual dye liquor that sticks at the outside in host shell inboard and the whole circulation concentrated flow road in the dyeing course.

The purpose of this utility model realizes in the following manner, a kind of piece dyeing machine host body, comprise a host shell, one is installed in the cloth stream pipeline in the host shell, one is installed in the cloth guide tube stream pipeline on the cloth stream pipeline, and a nozzle cage that is communicated with cloth guide tube stream pipeline.Described nozzle cage comprises has in the middle of one one than large rectangle flood nozzle, both sides the nozzle stream pipeline that one guiding mechanism all is installed in one less rectangle flood nozzle and each nozzle to be arranged respectively, with one have three with described three corresponding rectangular openings of nozzle, each rectangular opening in relative both sides one fixed guide plate is all arranged and is removably mounted on lid above the nozzle stream pipeline; Wherein, described guiding mechanism comprise two lay respectively at the two fixed guide plate back lower places, relatively-movable movable guide plate only, two be separately fixed at two movable guide plate the same sides, the mutual reverse tooth bar of screw thread, and one be rotatably installed on the nozzle stream pipeline, fixing on it two can be respectively to extend host shell outer and the adjusting lever of detailed scale arranged with two tooth bar meshed gears, its a end; In addition, described cloth guide tube stream pipeline also has one big two little rectangular duct corresponding to said nozzle, and is fixedly installed to the below of nozzle stream pipeline.

Further improvement of the utility model is that some multidirectional sprinkling washing pipes are set between host shell inwall and each stream pipeline external surface.

The utility model has the advantages that it can utilize adjusting lever directly to adjust the size in water inlet gap in the main body outside,, thereby can smooth and easyly circulate, level dyeing with control discharge and hydraulic pressure; And dyeing cloth respectively has its independently stream pipeline, does not have knotting again, tangles, and the situation of overlapping takes place, and also can take into account thickness, the different cloth smooth and easy walking in the stream pipeline of width, guarantee the cloth tissue complete, prevent that the cloth cover material is impaired.In addition, it can also clean and be stained with the residual dye liquor that sticks at the outside in host shell inboard and the overall flow paths pipeline in the dyeing course.

Below in conjunction with accompanying drawing embodiment of the present utility model is done detailed explanation.

Fig. 1 is the parts exploded perspective view of the nozzle cage in the utility model;

Fig. 2 is the nozzle cage schematic isometric after installing in the utility model;

Fig. 3 is the generalized section when by guiding mechanism the rectangular nozzle gap being dwindled;

Fig. 4 is the generalized section when by guiding mechanism the rectangular nozzle gap being increased;

Fig. 5 is dyeing machine stereoscopic figure;

Fig. 6 is the cross-sectional structure schematic diagram of dyeing machine main body.

Referring to Fig. 1, the nozzle cage of dyeing machine comprises lid 5 and nozzle stream pipeline 2.Be one than large rectangle hole 5a in the middle of the lid 5, its two side respectively has a less rectangular opening 5b and a 5c.Respectively there is a fixed guide plate 5a the relative both sides, below of each rectangular opening 5a, 5b and 5c ₁, 5a ₂, 5b ₁, 5b ₂, 5c ₁And 5c ₂Nozzle stream pipeline 2 have three with lid 5 three rectangular opening 5a, 5b and corresponding rectangle flood nozzle 2a, 2b and the 2c of 5c, and middle rectangle flood nozzle 2a is bigger, and two rectangle flood nozzle 2b of both sides and 2c are less.Lid 5 fixedly can be covered the top of nozzle stream pipeline 2 by some connecting bolts 6, and each rectangular opening aligns respectively with each flood nozzle.Fixedly connected the cloth guide tube stream pipeline 3 below nozzle stream pipeline 2 by welding or other connected mode, also there is one big two little rectangular duct 3a, 3b and 3c corresponding to above-mentioned rectangle flood nozzle 2a, 2b and 2c its inside.In addition, in each rectangle flood nozzle 2a, 2b and 2c a guiding mechanism 4a, 4b and 4c are installed respectively, their structures are identical, can adjust the water inlet gap of each rectangle flood nozzle respectively.

Referring to Fig. 2, Fig. 3 and Fig. 4, they have shown the structure of guiding mechanism 4c in detail.Guiding mechanism 4c comprises two movable guide plate 4c ₁And 4c ₂, two are separately fixed at two movable guide plate 4c ₁And 4c ₂The tooth bar 4c of bottom, the same side ₃And 4c ₄, one is rotatably installed in the axle 4c on the nozzle stream pipeline 2 ₅, two are fixed on a 4c ₅Go up and respectively with two tooth bar 4c ₃And 4c ₄Meshed gears 4c ₆And 4c ₇, and the axle 4c outside protruding in nozzle stream pipeline 2 ₅Detailed scale 4c on one end ₈With knob 4c ₉Wherein, movable guide plate 4c ₁And 4c ₂Tooth bar 4c is being installed ₃And 4c ₄Opposite side, and with movable guide plate 4c ₁And 4c ₂On the inwall of the rectangle flood nozzle 2c of this side slip contact slide over each other chimeric plush copper and groove structure (not shown) are arranged, thereby turning knob 4c ₉The time, can make movable guide plate 4c ₁And 4c ₂Relatively move.Fig. 3 has shown movable guide plate 4c ₁And 4c ₂Relatively move, thereby even make also water inlet of rectangle flood nozzle 2c() the gap situation of dwindling; Fig. 4 has shown movable guide plate 4c ₁And 4c ₂Opposing move, thereby even make also water inlet of rectangle flood nozzle 2c() situation of gap enlargement.As can be seen from Figure, mounted movable guide plate 4c ₁And 4c ₂Lay respectively at the fixed guide plate 5c after installing ₁And 5c ₂The back lower place.

Referring to Fig. 5, among assembled all-in-one-piece lid 5 and the nozzle stream pipeline 2(figure in the circle shown in structure) be fixedly installed in the perpendicular cylinder of upper front end of main body 1.Nozzle cage after installing, the axle 4a that knob and detailed scale are installed on its inner each guiding mechanism 4a, 4b and the 4c ₅, 4b ₅And 4c ₅The extension of one end protrudes in main body 1 outer surface (not shown).Certainly, each 4a ₅, 4b ₅And 4c ₅Contact with the housing sealing of main body 1.At main body 1 inner rotary knob, just can adjust the gap of each the rectangle flood nozzle (also being water inlet) in the main body 1 like this.

Referring to Fig. 6, this is the cross section view of main body 1.Cloth stream pipeline 8 is installed in host shell 7, on cloth stream pipeline 8, is fixedly mounting cloth guide tube stream pipeline 3.As seen from the figure, some washing pipes 9 that can multidirectional sprinkling are installed between the outer surface of the inwall of host shell 7 and each stream pipeline, stick at the residual dye liquor of host shell 7 inwalls and the whole circulation concentrated flow road pipeline outside thereby can clean to be stained with in the dyeing course.The inboard of circulating slot stream pipeline then can be simultaneously clean and tidy by wiping when cloth cycles through.

Identical label is represented identical structure or parts in institute's drawings attached.

Claims

1, a kind of piece dyeing machine host body, comprise a host shell, one is installed in the cloth stream pipeline in the host shell, one is installed in the cloth guide tube stream pipeline on the cloth stream pipeline, an and nozzle cage that is communicated with cloth guide tube stream pipeline, it is characterized in that, described nozzle cage has one than the large rectangle flood nozzle in the middle of comprising one, respectively there is a less rectangle flood nozzle both sides, and the nozzle stream pipeline and that a guiding mechanism all is installed in each nozzle has three and described three corresponding rectangular openings of nozzle, all there is a fixed guide plate relative both sides in each rectangular opening, and be removably mounted on the lid of nozzle stream pipeline top; Wherein, described guiding mechanism comprise two lay respectively at the two fixed guide plate back lower places, relatively-movable movable guide plate only, two be separately fixed at two movable guide plate the same sides, the mutual reverse tooth bar of screw thread, and one be rotatably installed on the nozzle stream pipeline, fixing on it two can be respectively to extend host shell outer and the adjusting lever of detailed scale arranged with two tooth bar meshed gears, its a end; In addition, described cloth guide tube stream pipeline also has one big two little rectangular duct corresponding to said nozzle, and is fixedly mounted on the below of nozzle stream pipeline.

2, piece dyeing machine host body according to claim 1 is characterized in that, some multidirectional sprinkling washing pipes are set between host shell inwall and each stream pipeline external surface.